Procedure

1. Apply Supply voltage from the signal generator with arbitrary frequency. ( V =3v). Also set the unknown Inductance value from 'Set Inductor value' tab.
2. Then switch on the supply to get millivoltmeter deflection.

3. Choose the values of R₂, R₃, C₂ and C₄ from the resistance and capacitance box. Varry the values of R₂ and C₂ by fixing the values of R₃ and C₄ to some particular values to achieve Null.

4. Observe the millivoltmeter pointer to achieve "NULL".

5. If "NULL" is achieved, switch to 'Measure Inductor value' tab and click on 'Simulate'. Observe the calculated values of unknown inductance (L₁) and unknown internal resistance (R₁) of the inductor.

6. Also observe the Dissipation factor of the unknwown inductor which is defined as

$$ \frac{\omega L} {R} \ Where, \ \omega=2\pi f $$